病毒领域的多物种纠缠:从2019冠状病毒爆发的角度重新思考人类世

Anne Aronsson, Fynn Holm
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摘要

本文从多物种纠缠的角度重新评估2019年新型冠状病毒(SARS-CoV-2)的爆发。有人认为,人类对生物圈的改变极有可能加速人类世多物种大流行的速度。我们以中国的冠状病毒和活体动物市场为例,采用人类学和历史资料的文本分析方法,追踪了热带地区野生动物的病毒圈如何与高度工业化地区的人类和养殖动物的病毒圈接触。我们建议,采用多物种视角来看待病毒,可以使它们被理解为在称为病毒圈的领域中与其他物种相互作用的生命过程。近几十年来,新型传染病由细菌和病毒传播的速度有所增加。我们认为,这是由人类世的副作用造成的,如森林砍伐、人口增长和密度的激增,以及人为的气候变化,这些都导致了人类、非人类伴侣物种和野生动物之间不寻常相遇的数量增加。通过这种方式,以前部分隔离的宿主生物的病毒圈可以聚集并自由交换传染病,从而导致病毒圈更加均匀。由于人为改变将在未来继续,我们认为在接下来的几十年里,多物种流行病可能会增加。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multispecies entanglements in the virosphere: Rethinking the Anthropocene in light of the 2019 coronavirus outbreak.

In this essay, we reevaluate the 2019 outbreak of a novel coronavirus (SARS-CoV-2) from the perspective of multispecies entanglements. It is argued that anthropogenic alterations in the biosphere will most likely accelerate the rate of multispecies pandemics in the Anthropocene. Using a textual analysis approach of anthropological and historical sources on the example of coronaviruses and live animal markets in China, we trace how the virosphere of wild animals from tropical regions comes into contact with the virosphere of humans and farmed animals in highly industrialized landscapes. We suggest that adopting a multispecies perspective on viruses can allow them to be understood as living processes that interact with other species in a realm called the virosphere. The rate at which novel infectious diseases are transmitted by bacteria and viruses has increased in recent decades. We argue that this is caused by side effects of the Anthropocene, such as deforestation, the surge in population growth and density, and anthropogenic climate change, which give rise to an increased number of unusual encounters between humans, nonhuman companion species, and wild animals. In this way, the virospheres of host organisms, which were formerly partly isolated, are allowed to converge and freely exchange infectious diseases, leading to a more homogenized virosphere. As anthropogenic alterations are set to continue in the future, we suggest that multispecies pandemics will likely increase in the following decades.

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